摘要
研究基于微观动态水力模型和自动寻优方法,对当前供水调度系统进行优化,构建一个更完善的城市多水厂供水调度模型。模拟试验显示,供水区域1的水泵平均运行效率由81.41%提升至86.81%,供水区域2的水泵平均运行效率由78.61%提升至83.69%。结果表明,研究提出的优化方法对研究区供水系统起到了明显的优化效果。
This study aims to optimize the current water supply scheduling system based on micro dynamic hydraulic models and automatic optimization methods,with the aim of constructing a more comprehensive urban multi water plant water supply scheduling model.According to simulation experiments,the average operating efficiency of the water pump in water supply area 1 has increased from 81.41%to 86.81%,and the average operating efficiency of the water pump in water supply area 2 has increased from 78.61%to 83.69%.From the experimental results,it can be concluded that the optimization method proposed in the study has had a significant optimization effect on the water supply system in the study area.
作者
戴迪
DAI Di(Xinjiang Ghangyuan Water Group Co.Ltd.,Urumqi 830000,China)
出处
《水利科技与经济》
2025年第1期41-46,共6页
Water Conservancy Science and Technology and Economy
关键词
水力模型
用水调度
供水系统优化
分位数映射法
hydraulic model
water use scheduling
optimization of water supply system
quantile mapping method
作者简介
戴迪(1991-),男,湖北麻城人,工程师,主要从事水利生产运营管理、供水区域智慧调度、水库蒸发漏损研究分析、水库联动调度以及长距离输水管线运营工作.
